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A buck-boost transformer cannot be used as an isolating transformer to supply power to a low-voltage control circuit. True or False?

Answer :

Final answer:

A Buck-Boost Transformer cannot be used as an insulating transformer to power low voltage control circuits because it doesn't provide the isolation between primary and secondary windings that an insulating transformer does.

Explanation:

The given statement is indeed True. A Buck-Boost Transformer, often used in applications to adjust the voltage level, cannot be used as an insulating or isolating transformer for supplying power to low voltage control circuit. The primary reason for this is that the buck-boost transformer does not provide the necessary isolation between the primary and secondary windings, which is a fundamental characteristic of an insulating transformer.

Insulating transformers work based on Faraday's law of induction and are used to provide a large resistance between the original voltage source and the device, preventing a complete circuit between them. This isolation is vital for safety purposes as it restricts a direct electrical connection between the input and output, thereby negating the risk of electric shock. Furthermore, unlike buck-boost transformers, they are capable of transforming an AC voltage to another without alteration of frequency and can function effectively with almost equal input and output voltages.

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